INTELLIGENT SUPERPRECISION PLASTIC MOLD DESIGN SYSTEM

摘要

The present invention relates to an intelligent super precision plastic mold design system which supports a super precision plastic mold to be designed and manufactured at minimum costs and time by applying weighting function and neural network analysis algorithm as well as finite-element analysis to mold design data. The intelligent super precision plastic mold design system includes: a storage part (100) in which back data for learning according to the mold design data are stored; an input part (200) which responds to operation of an operator to support the operator to input the mold design data; a control part (300) which performs a control process to read the back data for learning according to the mold design data inputted according to support of the input part (200) from the storage part (100), generate primarily predicted first mold design data from the mold design data and the back data for learning according to an element interpretive method, generate secondly predicted second mold design data by imparting the weighting function to an interpretation prediction result value, allow a mold manufacturing process and an injection molding process to be performed by using the second mold design data, and allow the mold manufacturing process to be performed by the second mold design data if the dimensions of the injection molded product exist within a reference error range by receiving dimensions of an injection molded product; and an output part (400) which outputs the mold design data on a screen by responding to control of the control part (300).;COPYRIGHT KIPO 2019